 RAMSIS PRO goes one step further—it actually simulates complex movement sequences. This enables the positioning of the operating fields and the actual freedom of movement areas to be tested under realistic conditions. In this way, RAMSIS PRO bridges the gap between simple posture analysis and movement analysis. Special simulation functions for hand and foot movements portray an exact image of the trajectories and the spatial areas used. Critical positioning of individual controls is recognized by RAMSIS and replaced by more harmonic configurations. The performance spectrum ranges from simple path optimization to collision analyses and force evaluations.
The Functions of RAMSIS PRO
Features the same functionalities as the STANDARD Bundle plus ...
Motion paths (trajectories)
- Interactive definition of trajectories
- Additional definition possibility for associated movement orientation (tripod)
- Interactive processing of trajectories (location, curvatures, phase, tripod)
- Creation of trajectories by means of kinematic guidance
- Automated forecasting of trajectories, based on task definition and start/end posture
- Grasp strategies fully taken into consideration
Task-related movement simulation
- Docking of the manikin with trajectories
- Orientation information taken fully into account
- Automatic calculation of key-frame postures for definable movement tasks
- Probability-based optimization of posture for one specific posture model
- Task Editor for posture simulation completely integrated
- Flexible reusability thanks to manikin-independent archiving
Movement recorder
- Recording of key-frame postures for definable movement sequences
- Provision made for manikin and geometrical kinematics Automatic calculation of intermediate postures
- Extensive editing functions: Insert, Append, Invert, Replace, Cut, Copy, Delete . . .
- Loop mode with and without direction reversal
Movement analysis
- All analysis functions fully functional during movement sequence representation
- Creation of a motion track simulation of critical body points
- Representation of the need for space during movement
- Collision analysis and display
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